Coeliac disease, diagnosis and petitions

signatureIf you’re a UK citizen, and are concerned about those people who have undiagnosed coeliac disease, then please consider signing the petition now available via the 10 Downing Street site.

It is asking ‘the Prime Minister to find the half million people in the UK at risk of serious damage to their health from undiagnosed coeliac disease by including a target for diagnosis in the Quality and Outcomes Framework of the GP contract’.

You know what they say: you get what you measure. If doctors have a target to meet, then they might have testing for coeliac disease higher up on their agenda … it works for infant vaccinations!

Signing the petition is easy. You do it online, here:


Then they’ll send you an email to confirm that you are a real person; click the link in the email and you’re done.

Go on – and have a look at the other petitions online while you’re there. Interesting!

Have you got Steatorrhoea?

If you’ve got it, you’ll know. Believe me, you’ll know, even if you don’t know what it is called. And if you’re here looking for help with this symptom – welcome!

Anyone reading this over their breakfast, look away now. Better, come back later, when you’ve finished.

steatorrhoea - colours I have known

You may remember that some time ago I posted a picture of the Bristol stool chart. (This is in fact one of the most popular pages of this site.) I was impressed when the doctor pulled this chart out, so that I could point to the product most like that of my one-year-old daughter, before she was diagnosed. OK, I can’t resist it … here’s the image again.

But I do remember thinking at the time, that what he also needed was the equivalent of a paint chart. When I was asked what colour were her stools, I resorted to looking around the room to find something that was the approximate colour. Turned out to be the fireplace. Look at the left hand end of this bar of colour …

steatorrhoea - colours I have known

Yes – very pale, and very distinctive! But I think there’s probably a range – I’ve seen stools anywhere along this range of colours before diagnosis. After diagnosis, then the colour range has been much closer to that of the Bristol stool chart.

So what was it?

This is steatorrhoea, which is an excess of fat in faeces.

The stool may float due to trapped air. It is also pale in colour (see my paint chart!), and there may be drops of oil visible in the toilet pan after flushing.

The reference documents say it may be foul-smelling. In my experience it has an extremely strong, very distinctive and vile smell. ‘Foul-smelling’ is a very mild description …

Steatorrhoea is a classic symptom of coeliac disease. It’s not the only one, and you can have coeliac disease without this symptom, but if you have it, you should get checked out by a doctor.

Apparently, in coeliac disease the level of fat excreted is usually between 25 and 30 g per day. In case you were wondering, the normal level is about 9 g per day. And checking the level of fat in the stool is, indeed, one of the screening tests that can be run.

We dutifully collected a stool sample to be sent off to the lab all those years ago, but it must have been quite obvious from the moment I pointed at the very pale beige of the fireplace, that something wasn’t right.

OK, you can go back to your breakfast now …

7 gene regions identified for coeliac disease

Yesterday researchers announced that they have identified seven gene regions linked to causing coeliac disease.

Also the research found that four of these gene regions are responsible for a predisposition to Type 1 diabetes (the type which occurs from birth), indicating that these discoveries may have broad implications for a range of inflammatory or autoimmune diseases.

Previous studies identified a genetic region on chromosome four associated with coeliac disease. In this study, the same research group identified seven new genetic regions associated with an increased risk of coeliac disease. They compared genetic markers in people with and without coeliac disease and then assessed about 1,000 of the strongest markers in a further 5,000 samples.

The results, published in Nature Genetics (Hunt, K. Nature Genetics, March 2, 2008), identified seven new genetic risk regions associated with celiac disease. Of those seven mutations, six involve genes that control immune responses (four of these, presumably, being the diabetic-type response).

The research team included collaborators from Ireland, the Netherlands, and the Wellcome Trust Sanger Institute, and was led by David van Heel, Professor of Gastrointestinal Genetics at Barts and The London School of Medicine and Dentistry.

Professor van Heel said: “So far our findings explain nearly half of the heritability of coeliac disease – now studies with many more samples from individuals with coeliac disease are needed to identify the precise causal genetic variants from each region, and understand how these influence biological processes.”

Does this mean we may be a step closer to a solution?

We already know that coeliac disease and diabetes are linked – and that people with some other auto-immune problems may be helped with a gluten free diet. It’s good to have scientific confirmation of what people believe to be the case, and every tiny piece of additional information is moving us closer to a solution to these problems. I also think it is great to see how international these research groups seem to be.

It would be good to know how to volunteer to help with these studies – I’d be happy to donate my blood or DNA, and to persuade my daughter to do the same. We did it before (when she was about three) …


I’ve just gone through my pile of post, and in the most recent issue of Crossed Grain is exactly the information needed.

If you’d like to participate in the next stage of this research by donating some saliva, you should request a pack from David van Heel (email: David van Heel). This pack will be sent to you by post, with a pre-paid envelope for return, and will contain an information sheet, a consent form and a small vial to provide a small sample of spit. If you can recruit an unrelated person without coeliac disease to do the same, that would be great.

I’m just off to talk to my daughter about this. I wonder who we can ask to spit in a vial for us?

The stripper, her nurse’s uniform and coeliac disease

An extraordinary plotline for a UK hospital soap today, announced in The Sun:

Hayley Tamaddon is … stripper Alison who goes to hospital as she is stuck in her skin-tight PVC nurse’s uniform.

An ITV1 spokeswoman said: “Alison’s stomach has swollen mid-act so she’s stuck in her costume! Then she is diagnosed with Coeliac Disease and needs a bowel biopsy.

“But Alison doesn’t want her expensive outfit cut off until her husband – who doesn’t know she’s a stripper – arrives on the scene! But he’s got a secret too!”

Nice to have exposure for coeliac disease, but this seems a most unlikely route to diagnosis to me. For most people it takes months – usually years – to get a diagnosis. I’ve never heard of anyone diagnosed in A&E before. Yes, I do know this is made-up, but it would be nice if it was a bit more realistic. More likely, the stripper would be wasting away gradually – so, skinny arms and legs, bloated belly, bad skin and look terribly tired – and keep having to leave the stage in a hurry to get to the bathroom …

Anybody out there who had to have their clothes cut off for an emergency diagnosis of coeliac disease? (And a ‘bowel biopsy’?)

Gluten Free? Genetic testing one step closer

A new genetic risk factor for celiac disease has been found, and the researchers believe it could lead to improved diagnostics and treatment.

People with celiac disease (coeliac disease) do not have a protective DNA sequence in a particular gene region – people without celiac disease do have this. The researchers say that this DNA sequence leads to the production of proteins which control inflammation – without this sequence, there would be fewer anti-inflammatory proteins.

This study was headed by David van Heel, Professor of Gastrointestinal Genetics at Queen Mary, University of London, and was funded by Coeliac UK and the Wellcome Trust.

This is a great finding – but it will take a long time for this to filter through to improved diagnostics and treatment, as it always does. Still … bring it on! It would be great to know who else in a family group has the genetic deficiency, and even better if there were treatment available.

Watch this space.